A credible business case.
Model legacy costs, the target operating model and migration investment together. Make the decision with visible assumptions.
Preserve business intent, validate application behavior and build a more adaptable data platform. Start with the evidence—not a promise of a one-click switch.
Model legacy costs, the target operating model and migration investment together. Make the decision with visible assumptions.
Identify Oracle-specific features, PL/SQL dependencies and data semantics before choosing conversion and migration techniques.
Agree the acceptance criteria, rehearse the sequence and make rollback an explicit decision—not an afterthought.
Each stage produces something your technical, business and risk stakeholders can review.
Map the workload, dependencies and business case.
Test compatibility and the highest-risk assumptions.
Build the target, convert and validate together.
Practice cutover, reconciliation and rollback.
Hand over, observe and continuously improve.
MariaDB’s Oracle mode supports a documented subset of Oracle SQL and PL/SQL. The real work is understanding where your application relies on specific behavior.
| Area to assess | What we look for | Evidence to produce |
|---|---|---|
| SQL & data types | Precision, date/time behavior, null handling and query semantics.Representative query results and data-validation tests.||
| PL/SQL & packages | Stored routines, dynamic SQL, exceptions and version-specific support.A conversion backlog and tested remediation patterns.||
| Applications & drivers | Connectors, transactions, connection pools and embedded SQL.Integration and regression-test results.||
| Data movement | Dataset size, change rates, reconciliation and cutover windows.A rehearsed movement plan with recovery checkpoints.||
| Operations & resilience | Monitoring, access, backup, restore and failover behavior.Runbooks and validated recovery procedures.
Compatibility depends on the target version and SQL mode. Consult MariaDB’s official documentation
Explore an illustrative total-cost scenario. Replace every sample value with your own assumptions. This is a planning tool, not a quote or a savings claim.
Modeled cost reduction over 3 years.
Current = annual cost × years.
Proposed = annual cost × years + one-time migration.
No discounting, inflation or growth is applied. Costs not entered are not included. Actual results depend on scope, pricing and execution.
Not for every application. Oracle mode supports a documented subset of Oracle SQL and PL/SQL, and behavior varies by version. A representative proof of concept and application testing are essential.
The acceptable window is a requirement to assess. Data volume, write rate, synchronization options, dependencies and verification steps determine the viable approach. We do not promise zero downtime.
The assessment can identify candidates for staged migration, remediation or retention on the source platform. A mixed estate may be more sensible than forcing every workload into a single cutover.
Agree technical and business acceptance criteria, validate data and application outcomes, rehearse recovery, and obtain a named go/no-go decision from the responsible stakeholders.
Capture your source platform, workload and priorities. Turn them into a structured starting point for discovery.